292 results about "Modular unit" patented technology

A dishwasher (1) with at least one heat pump (14) comprising at least one compressor (16), one condenser (18), one expansion element (19) and one evaporator (20), which are interconnected via conduit sections for conveying a working medium (17) which changes state of matter during operation, is designed such that the heat pump (14) is mounted, filled with working medium (17) and can be tested for function or has been tested before installation in the dishwasher (1).

The invention relates to the technical field of SOC modular unit testing, and discloses an AI SOC modular unit testing method and device of a set top box, and the method can automatically construct a testing platform simulating a real use environment, generate testing cases covering various scenes, achieve parallel testing and real-time interference compensation, and improve the testing efficiency. And multi-dimensional analysis and cross-batch alignment can be carried out on test data. Meanwhile, the method also has an adaptive optimization capability, and can dynamically adjust a test strategy according to a test result, so as to continuously improve the test efficiency and accuracy.

Components of support platforms and coupling mechanisms within a modular system are provided. The support platforms include female couplers with ribs that couple with male couplers of utility modules. The female couplers of the support platforms and the male couplers of the utility modules are configured to facilitate coupling the utility modules to the support platforms.

The invention provides an equipment installation modularization unit which comprises a plurality of vertical supporting columns and a plurality of layers of equipment installation plane frames which are connected among the vertical supporting columns and used for installing equipment. The equipment installation modular unit is integrally hoisted and transported to a required installation site to be installed, and is characterized in that in the multiple layers of equipment installation plane frames, at least the equipment installation plane frame on the bottom layer is of a cross beam frame structure composed of a plurality of cross beams, and the cross beam frame is detachably connected with a plurality of vertical supporting columns and also detachably connected with a plurality of vertical supporting columns. And the cross beam frame is also detachably connected with various devices mounted on the cross beam frame. By the adoption of the equipment installation modular unit, after the equipment installation module reaches an installation site, the cross beam frame of the bottom layer provided with various kinds of equipment can be detached, and hidden dangers caused by the fact that the cross beam frame hinders diffusion of gas left on the bottom layer can be prevented.

The utility model provides a modular unit and a modular assembly type multi-cavity corrugated steel plate silo, and belongs to the field of steel plate silo storage. The problems that a traditional assembly type granary is poor in sealing performance, poor in storage effect and difficult to assemble, disassemble and transform, and a single-layer assembly type granary is poor in heat preservation effect are solved. Comprising splicing profile steel I and splicing profile steel II which are located at the ends of the two sides and at least one piece of in-arc profile steel between the splicing profile steel I and the splicing profile steel II, and the splicing profile steel I and the splicing profile steel II are detachably connected through two matched lug plates. The stiffening steel plate on the splicing profile steel I is sequentially connected with the stiffening steel plate of at least one arc inner profile steel and the stiffening steel plate of the splicing profile steel II through the cover plate I. The arc-shaped steel plates are arranged inside, outside or in the middle of the module units. Through the measures of factory prefabrication, multi-cavity segmentation, on-site modular installation, profile steel stiffening, inner filling of heat preservation and heat insulation materials and the like, the overall strength, construction convenience and heat preservation and moisture retention of a traditional single-layer / single-cavity corrugated steel side wall are enhanced.

The utility model discloses a steel structure cooling tower consisting of double-layer trilateral and quadrilateral units. The cooling tower consists of an upper part and a lower part, the lower part is formed by connecting and combining double-layer trilateral units according to a certain rule, and each double-layer trilateral unit is a double-layer reticulated shell formed by connecting a trilateral outer side chord member and a trilateral inner side chord member through a series of web members; the upper part is formed by connecting and combining double-layer quadrilateral units according to a certain rule, and each double-layer quadrilateral unit is a double-layer reticulated shell formed by connecting a quadrilateral outer side chord member and a quadrilateral inner side chord member through a series of web members. According to the double-layer steel structure cooling tower, the internal force conduction path of the double-layer steel structure cooling tower under the action of lateral force is optimized, the space stress performance is good, the stability of the structure is guaranteed, and the overall steel consumption is further reduced. Through connection and assembly of modular unit assemblies, standardized design, industrial production and fabricated construction of the cooling tower structure are achieved.

Various components for use within a modular system are provided. In various embodiments, the coupling systems provided herein facilitate coupling modular units, such as by providing multiple sliding directions or mechanisms to couple different units. Also provided are systems for communicating between modular units, such as by providing information and / or power between modular units.

The invention discloses an artificial intelligence visual analysis anti-theft system, which belongs to the technical field of anti-theft, and comprises a modularized enterprise module, a monitoring analysis module and an anti-theft analysis module, the modular enterprise module is used for performing anti-theft management on a target enterprise in the office building and configuring a corresponding modular unit for the target enterprise; the monitoring analysis module is used for being in butt joint with the main monitoring system and determining abnormal personnel; identifying abnormal data of the abnormal person; the anti-theft analysis module is used for performing anti-theft analysis according to the abnormal data to obtain a theft value; when the theft value is not smaller than the threshold value X1, an anti-theft alarm is given; when the theft value is smaller than a threshold X1, whether collaborative anti-theft verification needs to be carried out or not is judged according to the abnormal data, and when it is judged that collaborative anti-theft verification needs to be carried out, a risk enterprise is determined according to the abnormal data; and sending a collaborative anti-theft signal to the corresponding modular unit, receiving an enterprise monitoring feedback result fed back by the modular unit, and supplementing the enterprise monitoring feedback result to the abnormal data.

A self-storage facility with a first set of load bearing modular units (LBMUs) aligned along a same first horizontal plane. The first set has a plurality of rows of LBMUs and each LBMU in each row in the plurality of rows of LBMUs is positioned in a side-to-side relationship with another LBMU in a corresponding row in the plurality of rows of LBMUs. Furth, each LBMU in each row in the plurality of rows of LBMUs is positioned in at least one end-to-end relationship with another LBMU in an adjacent row of a plurality of rows of LBMUs. The facility also includes a first passageway through both sidewalls and transverse to a major axis of each LBMU in a majority of the LBMUs in a first row in the plurality of rows of LBMUs, and a second passageway through both sidewalls and transverse to a major axis of each LBMU in a majority of the LBMUs in a second row in the plurality of rows of LBMUs.

The invention pertains to an adaptive seating system optimized for efficient storage and transport. Comprising a series of interlocking modular portions, each unit includes a horizontal platform and multiple perpendicular seating posts. Removable seating structures attach to these posts, ensuring flexibility in configuration. Between consecutive seating posts, steps of varying heights create a successive rise in elevation, facilitating a stadium seating effect. To enhance portability, specific modular units incorporate casters, with select ones designed to tilt back 90 degrees for easy maneuverability. This system offers versatile seating arrangements adaptable to different audience sizes and venue constraints. When storage or reconfiguration is required, the modular design ensures ease of assembly, disassembly, and compact storage, catering especially to venues with limited space.

Various storage devices that can be utilized with a modular storage system are provided. A modular storage unit includes a base and a lid. In various embodiments, a lid storage system is coupled to an interior surface of the lid. In specific embodiments, the lid storage system includes a mounting plate configured to support various tools and accessories. In various embodiments, a base storage system is coupled to an interior of the base. In various embodiments, a portable storage device is couplable to an exterior surface of the lid and sized such that the portable storage device can be stored within the base.

The utility model discloses a deformable modularized display rack, which relates to the technical field of modularized display racks, and adopts the technical scheme that the deformable modularized display rack comprises a modularized mechanism, the modularized mechanism comprises a plurality of modularized components, each modularized component comprises a bottom plate, a vertical rod is fixedly arranged at the top of the bottom plate, a top cover is fixedly arranged at the top of the vertical rod, and a plurality of modularized units are arranged outside the vertical rod. Each modular unit comprises a display rack module, a connecting part and a display part, each display rack module comprises a display rack, and the deformable modular display rack has the advantages that the unfolding track of the display rack module is controlled through cooperation of an arc-shaped groove and an arc-shaped plate, and the spacing distance of the two display rack modules after unfolding is controlled through cooperation of a swing arm, a through groove and a connecting column; therefore, the two connected display rack modules cannot be staggered and disconnected during movement, the display rack modules are always in a connected state during movement, and subsequent display appearance change is facilitated.

Various latch assemblies are provided to facilitate engaging and disengaging utility modules within a modular system. The latch assemblies permit users to actuate latches from an extended position to a retracted position, thereby permitting disengagement of the utility modules, while the hand of the user is in position to hold the now decoupled utility module.

An interlocking system of modular units engageable to form vertically and horizontally stable assemblies. The modular units include blocks and modular panels, each having vertical and optional horizontal bores that provide passage for plumbing, electrical wiring, and other connectivity. The modular units may be formed of lightweight cementitious materials, and may find use in assemblies such as walls, floors, ceilings, roofs, and entire building structures.

The invention belongs to the technical field of electric power energy storage, and discloses a high-power-density flywheel energy storage converter array and a control method thereof.The high-power-density flywheel energy storage converter array comprises a hierarchical control framework and a modular unit design and communication and monitoring mechanism and further comprises the hierarchical control framework which is divided into a top layer, a middle layer and a bottom layer, the top layer receives a power grid dispatching instruction through a communication bus by a dispatching center to realize switching between a grid-connected mode and an island mode, and the grid-connected mode receives the power grid dispatching instruction and issues the power grid dispatching instruction to the middle layer controller. Through the arrangement of the modularized flywheel unit array, breakthrough improvement can be achieved for the problems of single power limitation and insufficient expansibility, the annular symmetrical layout design that the N flywheel units are connected in parallel is adopted, flywheel units of different power levels can be flexibly combined, the system power is expanded from 100 kW to 10 MW in a wide range, and the system reliability is improved. Compared with a traditional monomer design, deployment cost is reduced, electromagnetic interference is reduced through annular layout, and system reliability is improved.

A system for enabling user interactions with interactive content executed by a processing device, the system comprising a peripheral device comprising one or more first input elements, one or more customisation units comprising one or more second input elements, wherein the customisation units are modular units associated with the peripheral device by a user, a mapping generation unit configured to generate an input mapping, wherein the input mapping comprises one or more functions assigned to the one or second input elements which are not able to be assigned to the first input elements.

A support stand for supporting a volumetric modular unit above the ground is disclosed. The support stand includes a top portion with a top surface for contacting and supporting an underside of the modular unit above the ground. A bottom portion with a bottom surface supports the top portion at an elevation above the ground against the underside of the modular unit. An elevating portion has a top side connected to the top portion, a bottom side connected to the bottom portion, and an elevating span between the top side and the bottom side. A pad is connected to the bottom portion. The pad has a bottom surface for contacting and supporting the bottom portion against the ground, an inner pad perimeter and an outer pad perimeter. The top surface is parallel with the bottom surface. The underside and weight of the modular unit is supported on the top surface.

Systems, apparatus, and methods are described for a disinfecting system formed of a plurality of modular units, wherein each modular unit is (1) coupleable to at least one other modular unit from the plurality of modular units and (2) includes an energy source from a plurality of energy sources. The plurality of energy sources can be configured to provide energy having an intensity capable of disinfecting a surface of the object located in a disinfecting area.

Systems, apparatus, and methods are described for a disinfecting system formed of a plurality of modular units, wherein each modular unit is (1) coupleable to at least one other modular unit from the plurality of modular units and (2) includes an energy source from a plurality of energy sources. The plurality of energy sources can be configured to provide energy having an intensity capable of disinfecting a surface of the object located in a disinfecting area.

The invention provides a self-adaptive intelligent heat dissipation plate based on a multi-layer composite phase change material and a spiral flow channel, and relates to the field of heat management. The intelligent heat dissipation plate based on self-adaption of the multi-layer composite phase-change material and the spiral flow channel comprises the multi-layer composite phase-change material, the spiral fractal flow channel, an intelligent regulation and control system and a modular unit, the multi-layer composite phase-change material is composed of at least three nanometer modified materials with different phase-change temperatures, and the temperature range covers-20 DEG C to 150 DEG C. According to the multi-layer composite phase change material and spiral flow channel self-adaptive intelligent heat dissipation plate, through the design of the multi-layer composite phase change material and the spiral flow channel and an intelligent regulation and control system, efficient heat dissipation and dynamic temperature adaptation are achieved, and the multi-layer composite phase change material and spiral flow channel self-adaptive intelligent heat dissipation plate is suitable for high-power electronic equipment, new energy batteries, aerospace equipment and other scenes; the heat dissipation efficiency is improved by 40%-60% compared with that of a traditional phase change heat dissipation plate, and the temperature uniformity is improved by 50%; adaptability: supporting a wide temperature range from-40 DEG C to 200 DEG C, and adapting to multiple industry scenes; energy consumption: the power consumption of an AI regulation and control system is less than 5W, and the energy is saved by 30% compared with that of a fixed flow channel.

The present disclosure relates to a system and method for continuous bioprocessing simulation utilizing parameterized and pre-validated model components. The system selects validated equations from a catalogue to construct modular unit operation models, which are then instantiated into configured instances. These instances are interconnected into an integrated flowsheet simulation, which is co-simulated to capture the transient behavior of components with different time constants. The parametrized, modular modeling approach enables rapid and robust simulation of continuous biopharmaceutical production processes by assembling simulations from pre-qualified building blocks. This facilitates efficient digital prototyping and analysis of integrated continuous bioprocess systems.

A gripping device used on a robot for handling pieces or components includes a main supporting structure, defining a main axis, and a plurality of gripping arms, each of which includes a first, proximal, arm portion and a second, distal, arm portion. Each gripping arm constitutes a modular unit, which can be assembled as a whole on the main supporting structure. The proximal arm portion is a pantograph linkage configured such that, during a movement of articulation of the proximal arm portion, the distal arm portion remains parallel to itself. The electric motor associated to each gripping arm is arranged with its axis parallel to the main axis. The pantograph linkage is controlled by the respective electric driving motor. The distal portion of each gripping arm has a body made of a single piece of elastomeric material, in the form of a gripping finger.

A system, such as a deflectometer (100), comprising a plurality of modular units (1; 206); a master controller (50); and a plurality of slave units including a first slave unit and a second slave unit; wherein each slave unit is interlinked with a corresponding modular unit (1; 206); and wherein a cabled bus network (22) connects the master controller (50) to the first slave unit and interconnects the first slave unit to a second slave unit. The master controller (50) automatically and dynamically keeps track of the physical position or at least the physical order of the slave units on the cabled network.

The invention discloses a power equipment maintenance auxiliary monitoring system, which is characterized in that an isolation assembly is composed of a plurality of modular units which are detachably connected, is made of an insulating material, is provided with a reflective mark on the surface, and is used for isolating a maintenance area containing power-off equipment in a maintenance process; the wearable device is integrated with an RFID tag for storing identity, work type and authority information and a reminding assembly, the wearable device is a safety helmet or work clothes, and the reminding assembly adopts a vibration module or a buzzer; the plurality of RFID card readers are dispersedly distributed on the isolation assembly; the data processing unit is configured to calculate the position and the terrain clearance of the wearable device through combination of RFID signal strength and a triangulation positioning algorithm, and verify personnel authority; the control assembly is used for triggering the reminding assembly to give an alarm when the wearable device crosses the border or the authority is not consistent. Through a four-layer protection framework of spatial isolation, personnel positioning, environment perception and intelligent early warning, maintenance personnel can be prevented from mistakenly entering a non-maintenance area without power failure for maintenance operation, and the safety can be improved.

The application discloses a modular unit hoisting device and relates to the field of hoisting devices, which comprises a caterpillar vehicle, a rotating platform capable of adjusting direction is installed at the top end of the caterpillar vehicle through an electric rotating shaft, a hoisting mechanism for hoisting heavy objects is arranged on the rotating platform, a plurality of protruding components are installed on the caterpillar tracks of the caterpillar vehicle, the protruding components comprise a control box fixed on the caterpillar track, a panel is installed at the top end of the control box through bolts, a plurality of balls are embedded in the panel, and the balls penetrate through the panel. When one of the caterpillar tracks rotates in place due to the turning of the caterpillar vehicle, the balls on the caterpillar track can be in contact with the ground and roll, so that the sliding friction between the caterpillar track and the ground in the prior art is converted into the rolling friction between the balls and the ground, and thus the wear of the ground and the caterpillar track itself is reduced.

The embodiment of the invention provides an intelligent-control self-adaptive carbonization method and system. The intelligent-control self-adaptive carbonization method comprises the steps that the water content of a material, the proportion of functional groups of a carbonization product and oxygen concentration data are collected in real time through a multi-parameter sensing network; analyzing the material moisture content, the carbonization product functional group proportion and the oxygen concentration data based on a long short-term memory neural network model, and establishing a mapping relation; dynamically adjusting the dip angle of the drying pipe and the flue gas flow rate according to the mapping relation; the modular units are spliced and / or replaced through standardized interfaces, and the distributed control system automatically identifies newly-built modules to complete system expansion. According to the embodiment of the invention, the problem of one-sidedness of single-point sensing data is solved, and the comprehensiveness and real-time performance of a process regulation and control basis are ensured; meanwhile, a multi-dimensional data basis is provided for intelligent analysis, control deviation caused by distortion of a single parameter is avoided, and the production line transformation period and shutdown loss are greatly shortened.

The present invention discloses a wire surface anti-rust lubrication treatment device and treatment process, belonging to the technical field of anti-rust lubrication treatment devices. The device includes: a pretreatment component, a high-temperature phosphating component and a post-treatment component. Through ingenious mechanical collaborative design, this solution seamlessly integrates the four functions of sampling, sealing, observation and cleaning reset. Utilizing the mechanical energy released by this single-driven action of sampling, it automatically triggers the pressing and sealing of the sample in sequence, forming a complete low-energy consumption monitoring closed loop, abandoning the redundant mode of traditional multi-power source independent drive. At the same time, this integrated and modular design fundamentally improves the maintainability of the device: its unique self-sealing structure and the automatic reset flushing realized by the cleaning component using the friction difference make it difficult for key components to remain corrosive substances. During maintenance, only the modular unit needs to be quickly processed, greatly reducing the operation and maintenance complexity and ensuring the reliability and service life of the long-term operation of the device.